The University of Sydney | Profile

The University of Sydney (CRICOS 00026A), Australia’s first university, stands as a beacon of academic excellence and innovation in the heart of Sydney. Since its establishment in 1850, the university has been dedicated to cultivating leaders and driving impactful research that addresses global challenges. With a strong commitment to fostering a diverse and inclusive learning environment, the University of Sydney empowers students to achieve their full potential. The university’s mission revolves around the pursuit of knowledge, the advancement of learning, and the service of society. It values intellectual freedom, ethical scholarship, and a global perspective, ensuring its graduates are prepared to make significant contributions to the world.

• Founded:1850
• Location:Sydney, New South Wales, Australia
• Type: Public Research University
• Memberships:Group of Eight (Go8), Association of Pacific Rim Universities (APRU), Worldwide Universities Network (WUN)
• Student Population: Approximately 70,000
• International Student Percentage: Approximately 30%
• Faculties:Faculty of Arts and Social Sciences; Sydney School of Architecture, Design and Planning; University of Sydney Business School; Faculty of Engineering; Sydney Law School; Faculty of Medicine and Health; Sydney Conservatorium of Music; Faculty of Scienc

• Sir John Cornforth: Nobel Laureate in Chemistry (1975) for his groundbreaking work on the stereochemistry of enzyme-catalyzed reactions. His research significantly advanced our understanding of how enzymes facilitate chemical reactions in living organisms.
• Ron Bracewell: A pioneer in radio astronomy and image processing, Bracewell developed techniques for radio telescope design and image reconstruction that have been instrumental in mapping the sky and advancing our understanding of the universe. His work on the Fourier transform and its applications has had a profound impact on various scientific fields.
• John Harsanyi: Nobel Laureate in Economic Sciences (1994), Harsanyi made significant contributions to game theory, particularly in the analysis of games with incomplete information. His work has provided valuable insights into strategic decision-making in economics, political science, and other social sciences.
• John Mattick: A leading molecular biologist, Mattick’s research has revolutionized our understanding of RNA and its role in gene regulation. He demonstrated that non-coding RNA plays a crucial role in controlling gene expression and cellular processes, challenging the traditional view of DNA as the sole determinant of heredity.